Intern, Engineering Application Mechanics - New Brake Systems

Bosch GroupPlymouth Charter Township, MI
Onsite

About The Position

In this Mechanical Engineering Internship with the Bosch Braking division, you will dive deep into the design and validation of brake system components, with a strong focus on the brake fluid reservoir (RSV). Your main project will involve hands-on laboratory work as you investigate RSV cap designs by monitoring vibration, fluid spillage, and friction effects in a lab environment and summarizing your findings. You will also create a user-friendly tool to simplify and automate the calculation of RSV volume requirements, ensuring our designs meet worst-case scenario demands. Furthermore, you will conduct a comprehensive benchmarking study of key reservoir designs, utilizing industry tools like Caresoft Iceberg to compare Bosch products against competitors and create a portfolio of current and future design strategies. This role is perfect for an inquisitive engineer who enjoys a mix of physical testing, data-driven tool development, and competitive market analysis.

Requirements

  • Currently enrolled in or completed third year of a Bachelor's degree in Mechanical Engineering or related discipline
  • Hands-on, practical approach to problem-solving and learning
  • Strong attention to detail and organizational skills

Nice To Haves

  • Familiarity with Excel and the use of automation, macros, and functionality within the software
  • Knowledge of hydraulic systems or vehicle dynamics

Responsibilities

  • Investigate RSV cap designs by monitoring vibration, fluid spillage, and friction effects in a lab environment and summarizing your findings.
  • Create a user-friendly tool to simplify and automate the calculation of RSV volume requirements, ensuring our designs meet worst-case scenario demands.
  • Conduct a comprehensive benchmarking study of key reservoir designs, utilizing industry tools like Caresoft Iceberg to compare Bosch products against competitors and create a portfolio of current and future design strategies.
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